A Brief Look at How a Cellular Signal Booster Works

Ways To Solve Bad Signal Reception Problems In Different Situations

Close up of someone using their phone.

Nobody would want to have a bad cellular reception anywhere because it can cause anything from dropped calls to slow internet. Do you often find yourself wondering “how can I get better signal on my phone”? If you do, then we have got you covered. Here are some possible reasons for signal issues, and tips and shortcuts for you to fix these.

Peak Traffic Hours

Mobile signal use tends to go up in some locations at particular times of the day, which possibly causes patchy cellular reception. There exists no obvious way to solve this issue other than to wait for the usage to come down to a level that reduces the load on the network. In the event of this issue happening frequently, you might wish to have the signal boosted through a technology built for this purpose.


A mobile device strives to retain connectivity for you by jumping from a cell site to another when you are traveling. This only causes uneven connectivity or patchy signal reception. Besides, the metal exterior of buses and other vehicles possibly disrupts the cellular signal.

The product you should use in this situation is a cradle signal booster. It is a type of product that can amplify the signal for one cell phone at a given time. It gets its name from the fact that the phone always sits on the inside of a cradle so that it can have improved cellular signal.

Natural Obstructions

Hills, trees, mountains, and other natural elements cause signal disruption. Moreover, building materials such as metal, wire mesh, and concrete also possibly hinder the signals. Are you having any reception issues at home despite having a high-quality cellular carrier’s service? If yes, then any or a combination of the aforementioned factors could be responsible for it.

In this situation, consider using a passive distributed antenna system. Also known as a cellular signal booster, a passive DAS has some components including two antennae and the amplifier box. One antenna will collect the signal from the nearest cell site, and will then transmit the signal through a coaxial cable to the internal booster. The booster or amplifier will then improve that signal, and it will be redelivered to weak reception areas through the internal antenna. This process also happens the other way around, that is, from your phone to the cell site, to confirm a solid two-way cellular communication.